201242288 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種利用同步廣播（simultaneously broadcast)之同步内容（synchro content)廣播傳輸系統0 【先前技術】 隨著網際網路通信網及衛星廣播之普及，已有開發出 智慧型手機（smart phone)等高功能型的行動電話或高功 能型的再生終端裝置，並可供多數的使用者利用。 又’已開始提供一種IP聯播（simulcast)傳輸之服務， 該IP聯播傳輸之服務係與電視機或收音機廣播同時將與 該電視機或收音機廣播之内容相同的内容之廣播或是該電 視機或收音機廣播本身，使用如IP(網際網路協定）網之本 廣播以外的傳輸路實時（real time)地傳輸，且可利用此等 服務的IP聯播廣播電視（simulcast TV)、IP聯播廣播電 台（simulcast radio)等亦開始為一般的人們所利用。 因此’已開發出一種實現同步内容（廣播連動型廣告） 的同步内容廣播傳輸，該同步内容係構成為：與在電視機 或收音機廣播之廣告（商業廣告；CM)框同步，並在再生終 端裝置的顯示器’顯示與廣告主網站超連結（hyperlink) 的廣告關聯資訊。 (專利文獻丨）日本特開2009年278315號公報 【發明内容】 (發明所欲解決之課題） 然而，在IP聯播廣播電台、IP聯播廣播電視中，會 324026 201242288 而在再生時間中發生延遲，且該延遲之大小 雷Α 1 ㈣生I置之種類而有所列，該IP聯播廣播 機:虐雜廣播電視係構成為：將通常的收音機、電視 利用TP播(從無線電台、電視台傳輸之廣播)，與廣播同時 用山IP絲網，傳輸至pc、智慧型手機、平板（励㈣型 广、資訊家電等多樣的裝置（device)(再生裝置）。結果， =生$置中’會發生同步内容顯示時序⑴^⑽的問題。 :由内合之顯不延遲’係比通常1Ρ聯播廣播電視、IP聯 、播電台之節目主要情節的再生延遲還少。因而，會發 2同步内容比被廣播的節目主要情節之傳輸還早顯示於^ ^裝置之軟體（顯示晝面）上（亦即產生「滯後（㈣」）的問 3乍為其例，在同步内容的情況，節目主要情節為足 r廣播時，會發生已顯科分的得分板（伴隨廣告），比節 目主要情節（例如得分的場景）之傳輸還早顯示於再生裝置 之軟體（顯示晝面）上等的不良情形（亦即，產生「滯後」）。 本發明係有鑒於上述先前技術之問題點而開發完成 者〜其課題在於提供一種同步内容廣播傳輸系統，該同步 廣播傳輸系統係構成為：即便在廣播中之商業廣告或 疋即目主要情節與網頁、應用等之間產生延遲的情況下， ♦ 乂既簡便又迅速的方法不產生滞後，而使同步内容與 廣播中之筇目主要情節及/或商業廣告同步以將網頁（web201242288 VI. Description of the Invention: [Technical Field] The present invention relates to a synchronous transmission broadcast system (synchro content) using synchronous broadcast (previously) with an internet communication network and satellite broadcasting In recent years, high-performance mobile phones such as smart phones and high-performance regenerative terminal devices have been developed and are available to most users. And 'has begun to provide a service for IP simulcast transmission, which broadcasts the same content as the content broadcast on the television or radio at the same time as the television or radio broadcast, or the television or The radio broadcast itself is transmitted in real time using a transmission path other than the local broadcast such as an IP (Internet Protocol) network, and IP simulcast TV and IP broadcast radio stations (such as the service) can be utilized. Simulcast radio) and so on have also begun to be used by ordinary people. Therefore, a synchronized content broadcast transmission for synchronizing content (broadcast-linked advertisement) has been developed, which is configured to be synchronized with an advertisement (commercial advertisement; CM) box of a television or radio broadcast, and at a reproduction terminal. The display of the device 'displays information associated with the hyperlink of the advertiser's website hyperlink. (Patent Document 日本) Japanese Patent Laid-Open No. 2009-278315 (Invention) The problem to be solved by the invention is that, in the IP-linked broadcast station and the IP-linked broadcast television, there is a delay in the reproduction time, 324026 201242288, And the size of the delay is 1 (4) and the type of I is listed. The IP broadcast broadcaster: the broadcast radio and television system is configured to: broadcast the usual radio and television using TP (transmitted from radio stations and television stations). Broadcasting, and using the mountain IP screen at the same time as the broadcast, it is transmitted to various devices (reproduction devices) such as pcs, smart phones, tablets (excited (four) type wide, information appliances, etc. As a result, = raw $ centered' will The problem of synchronous content display timing (1)^(10) occurs: The delay of the internal integration is less than the reproduction delay of the main episode of the broadcast of the broadcast television, IP, and broadcast stations. Therefore, 2 synchronous content will be sent. The transmission of the main plot of the program being broadcast is displayed earlier on the software (display surface) of the device (that is, the "lag ((4)") is generated as an example. In the case of the synchronized content, the section When the main episode is broadcast for the foot r, a score board (concomitant advertisement) with a score will appear, which is displayed on the software (display surface) of the reproduction device earlier than the transmission of the main plot of the program (such as the scene of the score). The present invention has been developed in view of the above problems of the prior art. The object of the present invention is to provide a synchronous content broadcast transmission system which is constructed such that In the case of a commercial advertisement in the broadcast or a delay between the main plot and the web page, the application, etc., ♦ 乂 简便 简便 简便 简便 简便 简便 简便 简便 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步/ or commercial ad sync to put the web (web
Page)、應用（applicati〇n；)等顯示於再生裝置之顯示器上。 (解決課題之手段） 本發明之上述課題係藉由同步内容廣播傳輸系統而 324026 5 201242288 達成，該同步内容廣播傳輸系統，係用以使同步内容與IP 串流（stream)化後之廣播資料同步者，且具備：時間碼產 生器（t ime code generator)，配合絕對時間而產生時間 碼，且對從廣播站主站輸出之廣播資料嵌入該時間碼；編 碼器（encoder)，將嵌入有時間碼之廣播資料予以編碼並轉 換成IP串流；串流伺服器（streaming server)，傳輸IP 串流；解碼器（decoder)，將從串流伺服器傳輸來之IP串 流予以解碼，且讀入被嵌入於該IP串流中之時間碼；網站 伺服器（web server)，從記憶至少一個或二個以上之同步 内容的記憶裝置讀取同步内容，且傳輸該同步内容；以及 再生裝置，接收從串流伺服器傳輸來之IP串流與從網站伺 服器傳輸來之同步内容，且網站伺服器係構成為：在被嵌 入於IP串流中之時間碼與從網站伺服器接收到的同步内 容之觸發（trigger)產生時間一致的時點，使再生裝置執行 對於同步内容之處理。另外，有關上述一致的時點將於後 述。 在本發明之同步内容廣播傳輸系統中，可復具備：觸 發時間演算裝置，算出解碼器從IP串流讀入的時間碼之時 間與絕對時間之時間差，且將該算出之時間差加上同步内 容之觸發產生時間以算出對應於該時間差之觸發時間，網 站伺服器係構成為：根據藉由觸發時間演算裝置而算出之 觸發時間而將從記憶裝置讀取到的同步内容至少在觸發時 間以後傳輸至再生裝置。 在本發明之同步内容廣播傳輸系統中，網站伺服器可 324026 6 201242288 具備··複數個收取點（feed)，各自對應於不同之有效緩衝 時間長度，該不同之有效緩衝時間長度係在藉由觸發時間 演异裝置而异出之觸發時間分別加上不同之缓衝時間長度 而形成，複數個收取點之各個係具有：階層狀之複數個顯 不區域，以寫入對同步内容之顯示所需的資料群之中的一 個資料被賦予對應關係的收取點項目（feed item)之方式 所構成。 在本發明之同步内容廣播傳輸系統中，再生裝置可具 備：複數個收取點，對應於網站伺服器中所備置的不同^ 緩衝時間長度’在特定之緩衝時間長度被要求時，構成為· 根據寫入於收取點之顯示區域的收取點項目而對同步内容 執行處理’該收取點之顯㈣域係對應於該 之緩衝時間長度。 哥疋 、在本發明之同步内容廣播傳輸系統中，再生裝置 成為：每隔一定時間去讀網站伺服器中 : 取點，並在網站飼服ϋ執行了收取點之更新複數個收 有延遲地更新該再生裝置之對應的收取點，且=成為：沒 該被更新之收取點的收取點項目而對同步内容執，寫入於 在本發明之同步内容廣播傳輸系統中，再生$處理且 備·擴充（expand)功能，藉由同步内容顯示之觸^ :八 對被寫入於收取點的擴充同步内容顯示用 ，讀入 . a ^ <從取點項目被 賦予對應關係的檔案，藉此擴大該再生裝置之再 、 顯示區域’且構成為··藉由該擴充功能來清 3 = 示之限制。 / Μ谷顯 324026 7 201242288 在本發明之同步内容廣播傳輸系統中，再生裝置可具 備：接管（take-over)功能，藉由同步内容顯示之觸發，讀 入對被寫入於收取點的接管同步内容顯示用之收取點項目 被賦予對應關係的檔案，藉此將該再生裝置之再生軟體的 顯示區域僅於一定時間改變成同步内容，且構成為：藉由 該接管功能來清除同步内容顯示之限制。 在本發明之同步内容廣播傳輸系統中，再生裝置可具 備：子序列（subsequence)功能，藉由同步内容顯示之觸發， 讀入對被寫入於收取點的子序列同步内容顯示用之收取點 項目被賦予對應關係的檔案，藉此與節目主要情節之内容 同步，並以幻燈片顯示（s 1 ideshow)之方式改變該再生裝置 之再生軟體的顯示區域，且構成為：藉由該子序列功能來 清除同步内容顯示之限制。 又，本發明之上述課題係藉由同步内容廣播傳輸系統 而達成，該同步内容廣播傳輸系統，係用以使同步内容與 IP串流化後之廣播資料同步者，且具備： 時間碼產生器，配合絕對時間而產生時間碼，且對從 廣播站主站輸出之廣播資料嵌入該時間碼； 編碼器，將嵌入有時間碼之廣播資料予以編碼並轉換 成IP串流； 串流伺服器，傳輸IP串流； 解碼器，將從串流伺服器傳輸來之IP串流予以解碼， 且讀入被嵌入於該IP串流中之時間碼； 網站伺服器，從記憶至少一個或二個以上之同步内容 324026 8 201242288 的記憶裴置讀取同步内容，且傳輸該同步内容；以及 再生裝置，接收從串流伺服器傳輸來之IP串流與從 網站伺服器傳輸來之同步内容，且 網站伺服器係具備：各自對應於不同之有效緩衝時間 長度的複數個收取點，而複數個收取點之各個係具有：階 層狀之複數個顯示區域，以寫入對同步内容之顯示所需的 資料群之中的__個資料被賦予對應關係㈣取 式所構成， 乃 憂更或刪除收取點 在網站伺服器中’對收取點追加、 項目時， 灯土衣1係具備至少一個儲存區域， (i)從網站伺服器定期地取得收取點_ =取得㈣崎，_出絲㈣ (^)在經過使用者任意設定 之差分， 賴，挑選出收取點 (iu)在經過使用者任意設定之 之差分， =定值(假想的聲音及/或像緩衝 Γ二 儲存區域所準備的續)之後，對 加、變更或刪除收取點項目之差分广、、“用收取點，追 ㈤從顯示用儲存區域定期： 或刪除之顯示用收取點， 執行過追加、^ 變更 上，(V)將讀入之收取點即時顯示於再生裝置 罝之顯示畫面 藉此消除傳輸來的内容之滯後。 〜 再者，本㈣之上述課題係由 統而達成’該同步内容廣、糟由同步内容雇播 咖谷廣播傳輪系統 /t播傳輪系 324026 ’、用以使同步内容 201242288 與ip串流化後之廣播資料同步者，且具備： 時間碼產生器，配合絕對時間而產生時間碼，且對從 廣播站主站輸出之廣播資料嵌·入該時間碼， 編碼器，將嵌入有時間碼之廣播資料予以編碼並轉換 成IP串流； 串流伺服器，傳輸IP串流； 解碼器，將從串流伺服器傳輸來之IP串流予以解碼， 且讀入被嵌入於該IP串流中之時間碼； 網站伺服器，從記憶至少一個或二個以上之同步内容 的記憶裝置讀取同步内容，且傳輸該同步内容；以及 再生裝置，接收從串流伺服器傳輸來之IP串流與從 網站伺服器傳輸來之同步内容，且 網站伺服器係具備：各自對應於不同之有效緩衝時間 長度的複數個收取點，而複數個收取點之各個係具有：階 層狀之複數個顯示區域，以寫入對同步内容之顯示所需的 資料群之中的一個資料被賦予對應關係的收取點項目之方 式所構成， > 在網站伺服器中，對收取點追加、變更或刪除收取點 項目時， 網站伺服器係針對每一收取點項目記錄應進行追加、 變更或刪除之絕對時刻（觸發產生時刻），而 再生裝置係具備至少一個儲存區域，且 (i) 從網站伺服器定期地取得收取點， (ii) 取得收取點後，挑選出收取點項目之差分， 324026 10 201242288 (iii) 在收取點項目於網站伺服器上產生時所記述的 絕對時刻+使用者任意設定之聲音及/或影像緩衝時間+增 加固定值的時刻，對再生裝置之顯示用儲存區域所準備的 顯示用收取點，追加、變更或刪除收取點項目之差分， (iv) 從顯示用儲存區域定期地讀入執行過追加、變更 或刪除之顯示用收取點， (v) 將讀入之收取點即時顯示於再生裝置之顯示晝面 上， 藉此消除傳輸來的内容之滯後。 而且，本發明之上述課題係藉由同步内容廣播傳輸系 統而達成，該同步内容廣播傳輸系統，係用以使同步内容 與IP串流化後之廣播資料同步者，且具備： 時間碼產生器，配合絕對時間而產生時間碼，且對從 廣播站主站輸出之廣播資料嵌入該時間碼， 編碼器，將嵌入有時間碼之廣播資料予以編碼並轉換 成IP串流； 串流伺服器，傳輸IP串流； 解碼器，將從串流伺服器傳輸來之IP串流予以解碼， 且讀入被嵌入於該IP串流中之時間碼； 網站伺服器，從記憶至少一個或二個以上之同步内容 的記憶裝置讀取同步内容，且傳輸該同步内容；以及 再生裝置，接收從串流伺服器傳輸來之IP串流與從 網站伺服器傳輸來之同步内容，且 網站伺服器係具備：各自對應於不同之有效緩衝時間 324026 11 201242288 長度的複數個收取點，而複數個收取點之各個係具有：階 層狀之複數個顯示區域，以寫入對同步内容之顯示所需的 資料群之中的一個資料被賦予對應關係的收取點項目之方 式所構成，且 在網站伺服器中，係 針對聲音及/或影像，在網站伺服器上以固定單位之 大小予以檔案化，且在各自檔案之預定部分寫入絕對時間 資訊，而 在再生裝置中，係 (i) 在再生裝置設置有供取得用收取點及顯示用收取 點之二種收取點用的至少一個儲存區域， (ii) 寫入於收取點項目之觸發時間與傳輸來的聲音 及/或影像檔之時間戳記一致時，將聲音及/或影像從供取 得用收取點用之儲存區域寫入於供顯示用收取點用之儲存 區域，且即時顯示於再生裝置之顯示晝面上， 藉此消除傳輸來的内容之滯後。 (發明效果） 本發明之同步内容廣播傳輸系統，係為了更提高廣告 效果，而同步於廣播中（on air)的商業廣告（commercial) 之内容，以使線上之網頁、應用，以例如幻燈片顯示方式， 顯示於顯示器上。 又，本發明之同步内容廣播傳輸系統，不僅利用於廣 告（廣播中之商業廣告），還利用於節目主要情節，藉此能 夠展開廣播中之節目主要情節與線上所組合成的新媒體。 324026 12 201242288 【實施方式】 以下，就本發明之實施形態詳細說明。 [實施例1] 第1圖係顯示本發明之同步内容廣播傳輸系統的實施 例1之概略構成的概略方塊圖。 在以下之說明中，記載為商業廣告、廣告 (advertisement)、ad(「advertisement」之簡稱）或 CM 者，雖然既可為節目主要情節，又可為商業廣告與節目主 要情節之組合，但是為了簡化說明起見，將單純記述為商 業廣告。 另外，在以下之說明中，商業廣告，係有記載為廣告、 ad或CM的情況。 如第1圖所示，本實施例之同步内容廣播傳輸系統10, 係具備： 時間碼產生器40，配合絕對時間而產生時間碼，且對 從廣播站主站20輸出之廣播資料嵌入該時間碼；編碼器 50,將嵌入有時間碼之廣播資料予以編碼並轉換成IP串 流；串流伺服器60，傳輸IP串流；解碼器80，將從串流 伺服器60傳輸來之IP串流予以解碼，且讀入被嵌入於該 IP串流中之時間碼；網站伺服器100，從記憶至少一個或 二個以上之同步内容的記憶裝置90讀取同步内容，且傳輸 該讀取到之同步内容；以及再生裝置（device)70，接收從 串流伺服器60傳輸來之IP串流與從網站伺服器100傳輸 來之同步内容，且網站伺服器100係構成為：在被嵌入於 324026 13 201242288 串机中之時間碼與同步内容之觸發產生時間 一致的時 再生裝置7〇執行對於同步内容之處理。 、在此’所谓對於同步内容之處理，係指執行被寫入於 乂下說明的收取點之顯示區域的收取點項目，作為其一 例係“使同步内容顯示於再生裝置70之處理。 更且’復具備：觸發時間演算裝置110，算出解碼器 80從ip串流讀入的時間碼之時間與絕對時間之時間差 _且將。亥舁出之時間差tdmin加上同步内容之觸發產生 時間τ以算出對應於該時間差之觸發時間tiwt。在此， 所謂時間差TDMIN，換言之係表示在再生裝置7〇中設定之 情況或未將再生裝置7〇中固有之延遲時間（對於處理之延 遲時間）納入考慮之情況下，同步内容之傳輸與該同步内容 之顯不的時間差。 網站伺服器100係構成為：根據藉由觸發時間演算裝 置110而算出之觸發時間TDmin+T(亦即，將觸發時間TDmin+t 納入考慮），而在被嵌入於ip串流中之時間碼與同步内容 之觸發產生時間一致的時點’使再生裝置7〇對於從記憶裝 置90讀取到的同步内容執行處理。在本實施形態中，網站 Ί司服器100所執行的處理之一例，係將從記憶裝置9〇讀取 到的同步内容傳輸至再生裝置70,且在再生裝置7〇，使同 步内容顯示於再生裝置70之再生軟體RS上。 以下’參照第2圖之流程圖’就上述構成部分之功能 及動作詳述第1圖所示的同步内容廣播傳輸系統之動 作0 324026 14 201242288 .在本實施形態中，商業廣告，係如表1所示，由：特 定該商業廣告之素材的10位數之CM共通碼、以及特定對 該CM賦予對應關係之同步内容的4位數之同步内容碼所構 成。例如，將所謂樂園保險之廣播電台商業廣告、以及與 該廣播電台商業廣告連結的同步内容（顯示廣播電台商業 廣告之詳細内容者），分別以以下的編碼來表示： [表1 ] CM共通碼樂園保險ABCD000001 同步内容碼樂園保險ABCD000001-S001 在此，在同步内容碼中所記載之s〇〇1，係顯示與以 CM共通碼ABCD000001表示的樂園保險之商業廣告連結的 第1個同步内容。 在本實施例中，雖然上述CM共通碼及上述同步内容 碼，係藉由編碼管理中心（未圖示）而編號，但是本發明並 非被限定於此，亦可藉由各種方法來執行編號。 首先，廣播站主站20係輸出：藉由主要情節節目與 由影像及/或聲音所構成且上述CM共通碼及上述同步内容 碼經賦予編號之商業廣告而構成的廣播資料（步驟S1)。 接著’基帶（base band)(基底頻帶）傳送裝置30，係 輸入從廣播站主站20輸出之廣播資料並轉換成基帶串流 (base band stream)，且傳輸經轉換過的基帶串流（步驟 S2)。 時間碼產生器40，係對從基帶傳送裝置30傳輸來之 基帶串流產生時間碼（例如，SMPTETimeCode)，且將該產 324026 15 201242288 生之時間碼嵌入於基帶串流中（步驟S3)。 表2係顯示相對於上述樂園保險之同步内容碼者作為 時間碼之一例： [表2] ABCD000001-S001 19 ： 30 : 〇〇 〇〇 ： 01 ： 00 在表2所示的數字串之中，時間碼係在S001之右侧 部分，以 19 ： 30 ： 00 00 ： 01 ： 00 表示的數字串。 上述時間碼所顯示的内容，係指於19時30分觸發樂 園保險（ABCD000001)之第1個同步内容（s〇〇l)，且從19 時30分起顯示於再生軟體SR之顯示區域（亦即，再生再生 裝置70之顯不畫面）上1分鐘者。 編碼器50，係編碼在時間碼產生器4〇嵌入有時間碼 之基帶串流，並傳輸經編碼後之基帶串流（步驟S4)。 串流伺服器60，係讀入從編碼器5〇傳輸來之基帶串 流（步驟S5)。 解碼器80，係將串流伺服器6〇所讀入之基帶串流解 碼成IP串流（步驟S6)。 又，解碼器80，係使用時間碼讀取功能，而讀入被嵌 入於經解碼後之IP串流中的時間碼（步驟π)。 然後，串流伺服器60，係將藉由解碼.器8〇而解碼後 之ip串流傳輸至再生裝置70(步驟s8)。 (A)傳輸侧的延遲之調整 324026 16 201242288 參照第3圖，就傳輸_延遲之調整加以說明。 ΤΡ 發時間'貞算裝置UG，係算出利用解碼器80從 讀入的時間碼之時間^與絕對時間Ταβ之時間差 =亦即，同步内容之傳輸與該同步内容之顯示的時間 差）（步驟S9) ’且將該算出的時間差I加上同步内容之 觸發產生時間τ以取得觸發時間TDmin+t(步驟si〇)。Page), application (applicati〇n;), etc. are displayed on the display of the reproducing device. (Means for Solving the Problem) The above-described problem of the present invention is achieved by a synchronous content broadcast transmission system, which is a broadcast content system for stream-synchronizing content and IP. Synchronizer, and has: a time code generator, which generates a time code in accordance with the absolute time, and embeds the time code for the broadcast data output from the broadcasting station main station; the encoder is embedded The time code broadcast data is encoded and converted into an IP stream; a streaming server (transport server) transmits an IP stream; and a decoder (decoder) decodes the IP stream transmitted from the stream server, and Reading a time code embedded in the IP stream; a web server, reading the synchronization content from a memory device that memorizes at least one or more of the synchronized content, and transmitting the synchronization content; and reproducing the device Receiving the IP stream transmitted from the streaming server and the synchronized content transmitted from the website server, and the website server is configured to be embedded in the IP string In the time code received from the web server to the content of the synchronization trigger (Trigger) produce a consistent time point, the reproducing apparatus performs processing for synchronizing the content. In addition, the timing of the above agreement will be described later. In the synchronous content broadcast transmission system of the present invention, the trigger time calculation device may be further provided, and the time difference between the time and the absolute time of the time code read by the decoder from the IP stream is calculated, and the calculated time difference is added to the synchronization content. The trigger generation time is used to calculate the trigger time corresponding to the time difference, and the website server is configured to transmit the synchronized content read from the memory device at least after the trigger time according to the trigger time calculated by the trigger time calculation device. To the regeneration device. In the synchronous content broadcast transmission system of the present invention, the website server 324026 6 201242288 has a plurality of feeds, each corresponding to a different effective buffer time length, and the different effective buffer time length is The triggering time of the triggering time different device is formed by adding different buffering time lengths, and each of the plurality of charging points has a plurality of display areas of the hierarchical shape to write the display of the synchronized content. One of the required data groups is composed of a way of assigning a corresponding feed item. In the synchronous content broadcast transmission system of the present invention, the reproduction device may be provided with: a plurality of collection points corresponding to different lengths of the buffer time set in the website server, when the specific buffer time length is required, The processing of the synchronization content is performed by the charging point item written in the display area of the charging point. The display (four) field of the charging point corresponds to the buffering time length. In the synchronous content broadcast transmission system of the present invention, the reproduction device becomes: reading the website server at regular intervals: taking the point, and performing the update of the collection point on the website feeding service, and receiving a plurality of delays. Update the corresponding charging point of the reproducing device, and = become the charging point item without the updated charging point, and execute the synchronous content in the synchronous content broadcast transmission system of the present invention, regenerate the processing and prepare ·Expanding function, by synchronizing the content display touch ^: Eight pairs of extended synchronous content displayed in the receiving point are displayed, read in. a ^ < from the point item is given the corresponding file, borrow This enlarges the re-display device and the display area 'and is configured to clear the limit by the expansion function. / 谷谷显 324026 7 201242288 In the synchronous content broadcast transmission system of the present invention, the reproduction device may be provided with a take-over function, by which the read-in of the synchronous content display is triggered, and the read-in is taken over the take-over point. The charging point item for the synchronized content display is given a file corresponding to the relationship, whereby the display area of the reproducing software of the reproducing device is changed to the synchronized content only for a certain period of time, and is configured to: clear the synchronous content display by the takeover function The limit. In the synchronous content broadcast transmission system of the present invention, the playback device may be provided with a subsequence function for reading the feed point for displaying the subsequence synchronous content written in the feed point by triggering the synchronous content display. The item is given a file corresponding to the relationship, thereby synchronizing with the content of the main story of the program, and changing the display area of the reproduction software of the reproduction device in the manner of a slide show (s1 ideshow), and is configured by: the sub-sequence Feature to clear the limits of the display of synchronized content. Furthermore, the above problem of the present invention is achieved by a synchronous content broadcast transmission system for synchronizing synchronized content with IP streamed broadcast data, and comprising: a time code generator a time code is generated in conjunction with the absolute time, and the time code is embedded in the broadcast data output from the main station of the broadcasting station; the encoder encodes and converts the broadcast data embedded with the time code into an IP stream; the streaming server, Transmitting an IP stream; the decoder decodes the IP stream transmitted from the streaming server and reads the time code embedded in the IP stream; the website server remembers at least one or more memories Synchronized content 324026 8 The memory device of 201242288 reads the synchronized content and transmits the synchronized content; and the reproducing device receives the IP stream transmitted from the streaming server and the synchronized content transmitted from the website server, and the website The server system has a plurality of charging points corresponding to different effective buffering time lengths, and each of the plurality of charging points has a hierarchy of layers. The display area is composed of __ pieces of data in the data group required for writing the display of the synchronized content, and is composed of a corresponding relationship (4), which is a worry or a deletion point in the website server. At the time of the addition and the project, the lamp shoji 1 has at least one storage area. (i) The collection point is periodically obtained from the website server. _ = Acquire (4) Saki, _ 丝 (4) (^) The difference is arbitrarily set by the user. Lai, pick out the point (iu) after adding the arbitrarily set difference, = fixed value (hypothetical sound and / or continuation of the buffered storage area), add, change or delete points The difference between the items is wide, "use the charging point, chase (5) from the display storage area periodically: or delete the display charging point, perform the addition, ^ change, (V) display the read charging point immediately on the regenerative device The display screen of 罝 消除 消除 消除 消除 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 〜 Wheel train 324026 ' The synchronization data is used to synchronize the synchronization content 201242288 with the ip streamed broadcast data, and has: a time code generator that generates a time code in accordance with the absolute time, and embeds the broadcast data output from the broadcast station main station into the The time code, the encoder, encodes and converts the broadcast data embedded with the time code into an IP stream; the streaming server transmits the IP stream; and the decoder decodes the IP stream transmitted from the streaming server. And reading a time code embedded in the IP stream; the web server reads the synchronization content from a memory device that memorizes at least one or more of the synchronized content, and transmits the synchronization content; and the reproduction device receives The IP stream transmitted from the streaming server and the synchronized content transmitted from the website server, and the website server has: a plurality of receiving points corresponding to different effective buffering time lengths, and a plurality of charging points Each system has a plurality of display areas of a hierarchical shape, and a charging point for which one of the data groups required for displaying the synchronized content is given a correspondence relationship The structure of the project, > In the website server, when the point item is added, changed or deleted, the website server records the absolute time of adding, changing or deleting for each item of the item (trigger) The time is generated), and the regenerative device is provided with at least one storage area, and (i) periodically obtains the charging point from the website server, (ii) selects the difference of the charging point item after obtaining the charging point, 324026 10 201242288 (iii) The absolute time recorded when the feed point item is generated on the web server + the user's arbitrarily set sound and/or image buffer time + the fixed value is added, and the display charge for the display storage area of the playback device is charged. Point, add, change, or delete the difference between the items to be charged, (iv) periodically read the display points that have been added, changed, or deleted from the display storage area, and (v) display the read points immediately. The display surface of the reproducing device is used to eliminate the lag of the transmitted content. Furthermore, the above problem of the present invention is achieved by a synchronous content broadcast transmission system for synchronizing synchronized content with IP streamed broadcast data, and comprising: a time code generator a time code is generated in conjunction with the absolute time, and the time code is embedded in the broadcast data output from the main station of the broadcasting station, and the encoder encodes and converts the broadcast data embedded with the time code into an IP stream; the streaming server, Transmitting an IP stream; the decoder decodes the IP stream transmitted from the streaming server and reads the time code embedded in the IP stream; the website server remembers at least one or more memories The synchronized content memory device reads the synchronized content and transmits the synchronized content; and the reproducing device receives the IP stream transmitted from the streaming server and the synchronized content transmitted from the website server, and the website server is provided : each corresponds to a plurality of different collection points of the effective buffer time 324026 11 201242288, and each of the plurality of collection points has: a hierarchical a plurality of display areas, which are formed by means of writing a point item in a data group required for display of the synchronized content, and in the website server, for the sound and/or image , on the website server, the file is filed in a fixed unit size, and the absolute time information is written in the predetermined part of the file, and in the reproduction device, (i) the collection device is provided with the collection point and the display for acquisition. At least one storage area for the two collection points of the collection point, (ii) when the trigger time written in the collection point item coincides with the time stamp of the transmitted sound and/or image file, the sound and/or image is taken from The storage area for obtaining the collection point is written in the storage area for the display collection point, and is immediately displayed on the display surface of the reproduction device, thereby eliminating the lag of the transmitted content. (Effect of the Invention) The synchronous content broadcast transmission system of the present invention synchronizes the content of commercials on the air in order to further improve the advertisement effect, so that the webpages and applications on the line are, for example, slideshows. Display mode, displayed on the display. Further, the synchronous content broadcast transmission system of the present invention is utilized not only for advertisements (commercial advertisements in broadcasting) but also for the main episodes of the programs, whereby it is possible to develop new media in which the main episodes of the programs in the broadcast are combined with the lines. 324026 12 201242288 [Embodiment] Hereinafter, embodiments of the present invention will be described in detail. [Embodiment 1] Fig. 1 is a schematic block diagram showing a schematic configuration of a first embodiment of a synchronous content broadcast transmission system according to the present invention. In the following description, it is described as a commercial advertisement, an advertisement, an ad (abbreviation of "advertisement") or a CM, although it may be a main plot of a program, or a combination of a commercial advertisement and a main plot of a program, but in order to For the sake of simplicity, it will be described as a commercial. In addition, in the following description, a commercial advertisement is described as an advertisement, an ad, or a CM. As shown in Fig. 1, the synchronous content broadcast transmission system 10 of the present embodiment is provided with a time code generator 40 that generates a time code in accordance with an absolute time, and embeds the broadcast data output from the broadcast station main station 20 at the time. The encoder 50 encodes and converts the broadcast data embedded with the time code into an IP stream; the stream server 60 transmits the IP stream; and the decoder 80 transmits the IP string from the stream server 60. The stream is decoded and the time code embedded in the IP stream is read; the website server 100 reads the synchronized content from the memory device 90 that memorizes at least one or more of the synchronized content, and transmits the read to And the synchronization device (device) 70 receives the IP stream transmitted from the streaming server 60 and the synchronized content transmitted from the website server 100, and the website server 100 is configured to be embedded in 324026 13 201242288 The time reproduction code in the stringer coincides with the trigger generation time of the synchronization content, and the reproduction device 7 executes the processing for the synchronization content. Here, the processing of the synchronized content refers to the processing of the charging point item to be written in the display area of the charging point described below, and as an example thereof, the processing of displaying the synchronized content in the reproducing apparatus 70. The complex time: the trigger time calculation means 110 calculates the time difference between the time and the absolute time of the time code read by the decoder 80 from the ip stream, and adds the time difference tdmin of the synchronization time to the trigger time of the synchronization content to generate the time τ The trigger time tiwt corresponding to the time difference is calculated. Here, the time difference TDMIN, in other words, the setting in the reproducing device 7A or the delay time inherent in the reproducing device 7〇 (for the processing delay time) is taken into consideration. In the case of the synchronization content, the time difference between the transmission of the synchronization content and the synchronization content is displayed. The website server 100 is configured to generate a trigger time TDmin+T according to the trigger time calculation device 110 (that is, the trigger time TDmin). +t is taken into account), and the time code embedded in the ip stream coincides with the trigger generation time of the synchronized content. 7〇 Performs processing on the synchronized content read from the memory device 90. In the present embodiment, the example of the processing executed by the website server 100 transmits the synchronized content read from the memory device 9 to In the reproduction device 70, the synchronization content is displayed on the reproduction software RS of the reproduction device 70. Hereinafter, the function and operation of the above-described components will be described in detail with reference to the flowchart of Fig. 2; The action of the synchronous content broadcast transmission system is 0 324026 14 201242288. In this embodiment, the commercial advertisement is as shown in Table 1, consisting of: a 10-digit CM common code specifying the material of the commercial advertisement, and a specific The CM is provided with a 4-digit synchronous content code of the synchronized content of the corresponding relationship. For example, a commercial advertisement of a so-called paradise insurance station and a synchronized content linked to the commercial advertisement of the radio station (displaying the details of the commercial advertisement of the radio station) ()), respectively, expressed by the following code: [Table 1] CM common code paradise insurance ABCD000001 Synchronized content code paradise insurance ABCD000001-S001 Here, in the same The s〇〇1 described in the content code is the first synchronization content linked to the commercial advertisement of the park insurance indicated by the CM common code ABCD000001. In the embodiment, the CM common code and the synchronous content code are used. The number is numbered by a code management center (not shown), but the present invention is not limited thereto, and the numbering can be performed by various methods. First, the broadcasting station main station 20 outputs: by the main plot program and a broadcast data composed of video and/or audio and having the CM common code and the synchronized content code given a commercial number (step S1). Next, a baseband (baseband) transmission device 30 is used. The broadcast material output from the broadcast station main station 20 is input and converted into a base band stream, and the converted baseband stream is transmitted (step S2). The time code generator 40 generates a time code (e.g., SMPTETimeCode) for the baseband stream transmitted from the baseband transmission device 30, and embeds the time code generated by the 324026 15 201242288 into the baseband stream (step S3). Table 2 shows an example of a time code relative to the synchronous content code of the above-mentioned paradise insurance: [Table 2] ABCD000001-S001 19 : 30 : 〇〇〇〇: 01 : 00 Among the numerical strings shown in Table 2, The time code is a string of numbers represented by 19:30:00:00:01:00 in the right part of S001. The content displayed in the above time code refers to the first synchronization content (s〇〇l) of the amusement park insurance (ABCD000001) triggered at 19:30, and is displayed in the display area of the reproduction software SR from 19:30 ( That is, the display screen of the reproduction/reproduction device 70 is on the display for one minute. The encoder 50 encodes the baseband stream in which the time code is embedded in the time code generator 4, and transmits the encoded baseband stream (step S4). The stream server 60 reads the baseband stream transmitted from the encoder 5 (step S5). The decoder 80 decodes the baseband stream read by the stream server 6 into an IP stream (step S6). Further, the decoder 80 reads the time code embedded in the decoded IP stream using the time code reading function (step π). Then, the streaming server 60 transmits the ip stream decoded by the decoding unit 8 to the reproducing apparatus 70 (step s8). (A) Adjustment of delay on the transmission side 324026 16 201242288 Refer to Figure 3 for the adjustment of transmission_delay. The time-of-time calculation means UG calculates the time difference between the time of the time code read by the decoder 80 and the absolute time Ταβ = that is, the time difference between the transmission of the synchronized content and the display of the synchronized content) (step S9) And the trigger time TDmin+t is obtained by adding the calculated time difference I to the trigger of the synchronization content to generate the time τ (step si〇).
(i:?,罔站伺服器1〇〇 ,係根據藉由觸發時間演算裝置 110而算出之觸發時間TIWT(亦即，將觸發時間TD_+T 納入考慮），而在被嵌人於IP串流中之時間碼與同步内容 之觸發產生時間-致的時點，使再生裝置7 G對於從記憶裝 置90讀取到的同步内容執行處理（步驟S11)。 在本實施例中’作為網站伺服器100使再生裝置7〇 執行的處理之一例’係將從記憶裝置90讀取到之同步内容 傳輸至再生裝置70,且在再生裝置7〇,使同步内容顯示於 再生裝置70之再生軟體Rs上。有關其他的處理之例 於後述。 在本發明中，係根據上述之方法、即藉由觸發時間演 算裝置110而算出之觸發時間TDmin+t,來調整傳輸側的同 步内容之延遲。 (B)再生裝置70之再生軟體{^側的延遲之調整 參照第4圖，就再生裝置7〇之再生軟體咫側的延遲 之調整加以說明。 (i)將欲顯示的同步内容之觸發產生時間τ事先嵌入 於IP串流中並從廣播站主站20傳輸（以下，為了方便起見 324026 17 201242288 將事先嵌入有觸發產生時間之IP串流稱為觸發信號）（步 驟 S13)。 [表3] 觸發信號之一例： ABCD000001-S001 19 ： 30 ： 00 00 ： 01 ： 00 上述觸發信號之意思，係指從19時30分（19 : 30 : 00=觸發產生時間T)起顯示樂園保險（ABCD000001)之第1 個同步内容（S001)l分鐘。 (ii) 利用在接通（switch on)後的再生裝置70(例如， IP聯播廣播電台）上之再生軟體RS(例如，顯示客戶端軟體 (client soft))來接收上述傳輸來的觸發信號並讀入觸發 產生時間T(步驟S14)。 (iii) 另一方面，接收在上述步驟S7從串流伺服器60 傳輸來之IP串流並讀入被嵌入於IP串流中的時間碼（步驟 S15)。 (iv) 在上述步驟S12讀入之觸發產生時間T、與顯示 於在上述步驟S13讀入之時間碼的時間一致的時點（有關 於此將於後述），將同步内容（在上述之例中為樂園保險之 同步内容）顯示於再生裝置70之再生軟體RS上（再生裝置 70之顯示畫面上）（步驟S16)。 在此，就上述「觸發產生時間T與顯示於時間碼之時 間一致的時點」加以說明。 為了簡化說明起見，顯示觸發產生時間T之觸發信 號，係未延遲地傳輸至再生裝置70。 324026 18 201242288 上述的觸發信號之一例：在 ABCD000001-S001 19 ： 30 : 〇〇 〇〇 ; 〇J . 〇〇 t，19 ·· 30 : 〇〇係顯示觸發產生時間τ。 另厂方面，在網站伺服器100，係傳輸有延遲後之ίρ 串流。該延遲之程度’係以利用解碼器8〇從串流讀入 的時間碼之時間Tre與絕對時間ΤΑβ之時間差td_(亦即，同 步内容之傳輸與該同步内容之顯示的時間差）來表示。 換言之，在網站飼服器議巾，接收到的ιρ串流之 時間碼’實質上僅以該時間差tDmin之時間量，比 還慢（滯後）。 值 例如，當將時間差TIW設為5秒時，接收到的1?串 流之時間碼的顯示值19 : 3G : GG(觸發產生時間τ)，就 對於絕對時間滯後5秒（延遲），且（相對於絕對時間）Η : 3〇 : 〇5成為實際的觸發產生時間Γ。此在絕對時間Η . 3〇:〇〇之時點，再生裝置70會廣播19:29:55(絕對時間） 之廣播内容，且在此時點將CM等之同步内容插入於廣播中 的情況（亦即’產生CM之觸發的情況），當使用者利用再生 裝置70而验聽^聯播廣播電台時，將會成為音樂正在廣 播之中該音樂突然被切斷而持續進行⑽之廣播（亦即，二 入有CM廣播）的狀態。 亦即，所謂「觸發產生時間τ與以時間碼顯示之時 K 一致的時點」，係指相對於絕對時間實際的觸發產生日曰 間Τ’與位移後的時間碼時訂κ(外觀上的時間碼 「一致的時候」之意，而在上述之例中，19 : 3〇 : 〇5係曰表 324026 201242288 示「一致的時候」。亦即，在絕對時間且變成19 : 30 : 05 時，在網站伺服器100同步内容之處理（對應於時間碼 Ttc=19 : 30 : 00之處理）會被觸發。此由於在後續之處理中 也是同樣地反映，所以在再生裝置70中，以5秒之延遲執 行全部的處理。 其次，參照第5圖，根據上述時間差TDMIN (亦即，上 述觸發時間TD_+T)，說明將同步内容顯示於再生裝置70 之再生軟體RS上的階段（上述步驟S16)。 再生裝置70之再生軟體RS，係具有可設定串流之緩 衝時間的功能。在本實施形態中，雖然再生裝置70之再生 軟體RS，係構成為可選擇0秒、15秒、30秒、1分、3分 之其中任一個缓衝時間，但是緩衝時間，並未被限定於此 等，亦可構成為可以任意的時間間隔來設定。 將同步内容之顯示所需的資料群稱為收取點項目。該 收取點項目（即資料郡），係由URL、顯示用本文（text)、 指令（command)、合計日諸（log)用之信標（beacon)等所構 成。 … 又，將儲存複數個收取點項目之功能稱為收取點、特 別是緩衝時間用之收取點。 網站伺服器100，係具備：複數個收取點，按照設定 於再生裝置70之緩衝時間，而各自對應於不同之有效緩衝 時間長度（例如 ’ TDmin+T+Ο 秒、TDmin+T+15 秒、TDmin+T+30 秒），該不同之有效緩衝時間長度係在藉由觸發時間演算裝 置110而算出之觸發時間TDm〖n+T，分別加上不同之缓衝時 324026 20 201242288 間長度（例如，〇秒、】ς 收取點之各個係具有.3G秒）而形成。然後’複數個 寫入對同牛内二八.&層狀之複數個顯示區域，以各自 馬入對R步内各之顯示 予對應義的收取點項目之中的-個資料被賦 對應:網：::二裝置70 ’係具備:複數個收取點’ 中所備置的不同之緩衝時間長度， t A㈣間長度（例如，30秒）被要求（request) 時，構成為：根攄耷λ)溉罟承Uequest) 产對應'於與該被要求的特定之緩衝時間長 :上；/ 點之顯不區域的收取點項目而動作，所以實 ° 子在延遲之狀態下將同步内容顯示於再生裝 罝。 入，丹玍裝置7n及μ „η 5, 1ηη . 係構成為：每隔一定時間去讀網站 何服器100中所備置夕 X, ^ 複數個收取點，並在網站伺服器100 =了收取點之更新時構成為：沒有延遲地更新該再生裝 〇之對應_取點’且根據寫人於該被更新之收取點的 收取點項目而動作。 以下’具體地說明上述緩衝之方法。 例如就個再生震置7〇a具有〇秒之緩衝時間長 度’且另-個再生裝置7〇B具有3〇秒之緩衝時間長度的情 況加以說明 與上述之例同樣’觸發信號之一例：在 ABCD000001-S001 19 ： 30 ： 00 00 ： 01 ： 00 中，19 ·· 30 : 00係顯示觸發產生時間丁。(i:?, the server of the station is based on the trigger time TIWT calculated by the trigger time calculation device 110 (that is, the trigger time TD_+T is taken into consideration), and is embedded in the IP string. The triggering of the time code and the synchronized content in the stream generates a time-in-time, causing the reproducing device 7G to perform processing on the synchronized content read from the memory device 90 (step S11). In the present embodiment, 'as a website server One example of the processing executed by the playback device 7 is to transmit the synchronized content read from the storage device 90 to the playback device 70, and the playback device 7 displays the synchronized content on the playback software Rs of the playback device 70. An example of other processing will be described later. In the present invention, the delay of the synchronization content on the transmission side is adjusted according to the above-described method, that is, the trigger time TDmin+t calculated by the trigger time calculation device 110. The adjustment of the delay of the reproduction software of the reproduction device 70 is described with reference to Fig. 4, and the adjustment of the delay of the reproduction software side of the reproduction device 7 is described. (i) The trigger of the synchronization content to be displayed generates time τ Pre-embedded In the IP stream and transmitted from the broadcasting station main station 20 (hereinafter, for convenience, 324026 17 201242288, the IP stream in which the trigger generation time is embedded is referred to as a trigger signal) (step S13). [Table 3] Trigger signal For example: ABCD000001-S001 19 : 30 : 00 00 : 01 : 00 The above trigger signal means that the first paragraph of the amusement park (ABCD000001) is displayed from 19:30 (19:30:00 = trigger generation time T). 1 sync content (S001) 1 minute. (ii) Reproduction software RS on the playback device 70 (for example, IP broadcast broadcast station) after switch on (for example, display client software) Receiving the above-mentioned transmitted trigger signal and reading in the trigger generation time T (step S14). (iii) On the other hand, receiving the IP stream transmitted from the stream server 60 in the above step S7 and reading is embedded. Time code in the IP stream (step S15) (iv) The trigger generation time T read in the above step S12, coincides with the time displayed in the time code read in the above step S13 (related to this As will be described later), the content will be synchronized (above In the example, the synchronization content of the paradise insurance is displayed on the reproduction software RS of the reproduction device 70 (on the display screen of the reproduction device 70) (step S16). Here, the above-mentioned "trigger generation time T and time displayed on the time code" For the sake of simplicity of explanation, the trigger signal indicating the trigger generation time T is transmitted to the reproducing device 70 without delay. 324026 18 201242288 An example of the above trigger signal: in ABCD000001-S001 19 : 30 : 〇〇〇〇; 〇J . 〇〇t,19 ·· 30 : The 显示 system displays the trigger generation time τ. On the other hand, in the website server 100, there is a delayed ίρ stream. The degree of the delay is represented by the time difference td_ between the time Tre of the time code read from the stream by the decoder 8 and the absolute time ΤΑ β (i.e., the time difference between the transmission of the synchronization content and the display of the synchronization content). In other words, in the website feeding device, the received time code of the ιρ stream is substantially only the time amount of the time difference tDmin, and the ratio is slow (lag). For example, when the time difference TIW is set to 5 seconds, the received value of the time code of the received 1 stream is 19: 3G : GG (trigger generation time τ), and the absolute time lag is 5 seconds (delay), and (relative to absolute time) Η : 3〇: 〇5 becomes the actual trigger generation time Γ. In the absolute time Η. 3〇: at the time of the ,, the reproduction device 70 broadcasts the broadcast content of 19:29:55 (absolute time), and at the same time, the synchronization content of the CM or the like is inserted into the broadcast (also That is, when the CM trigger is generated by the playback device 70, when the user listens to the broadcast broadcast station by using the playback device 70, the music is being broadcasted and the music is suddenly cut off to continue the broadcast of (10) (ie, The state of the CM broadcast). That is to say, the "time when the trigger generation time τ coincides with the time K when the time code is displayed" means that the actual trigger is generated with respect to the absolute time, and the time code after the displacement is set to κ (appearance) When the time code is "consistent", in the above example, 19:3〇: 〇5 is the time when the system is 324026 201242288, which means "when it is consistent", that is, when it is absolute time and becomes 19:30:05. The processing of synchronizing the content on the web server 100 (corresponding to the processing of the time code Ttc=19:30:00) is triggered. This is also reflected in the subsequent processing, so in the reproducing apparatus 70, 5 The second delay performs all the processing. Next, referring to Fig. 5, the phase of displaying the synchronization content on the reproduction software RS of the reproduction device 70 will be described based on the time difference TDMIN (i.e., the trigger time TD_+T) (the above steps). S16) The reproduction software RS of the reproduction device 70 has a function of setting the buffer time of the stream. In the present embodiment, the reproduction software RS of the reproduction device 70 is configured to select 0 seconds, 15 seconds, and 30 seconds. Seconds, 1 Any one of the buffering time, but the buffering time is not limited to this, and may be configured to be set at any time interval. The data group required for the display of the synchronized content is referred to as a charging point item. The collection point item (that is, the data county) is composed of a URL, a text (text), a command (command), a beacon used for a total number of days (log), etc. ... and, will store the plural The function of the collection point item is called the collection point, especially the collection time for the buffer time. The website server 100 has a plurality of collection points, which are respectively effective according to the buffer time set in the reproduction device 70. The buffering time length (for example, 'TDmin+T+Ο seconds, TDmin+T+15 seconds, TDmin+T+30 seconds), the different effective buffering time length is the triggering time TDm calculated by the triggering time calculation device 110. 〖n+T, respectively, when different buffers are added, the length between 324026 20 201242288 (for example, leap seconds, ς 收取 之 之 具有 具有 具有 具有 具有 具有 具有 具有 具有 具有 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Eight.& A plurality of display areas of the shape are assigned to each of the data items corresponding to the respective display points in the R step: net::: two devices 70 'systems: multiple collection points' The length of the buffer time set in the middle, when the length between t A (four) (for example, 30 seconds) is requested, the structure is: 摅耷 ) ) ) U U e e U U U 于 于 于 于 于 于 于 于 于 于 于The buffering time is long: the upper point of the dot is displayed in the display area of the display area, so the real content is displayed in the regenerative frame in the delayed state. Into, Tanjong device 7n and μ „η 5, 1ηη. The system is configured to read the website X in the server 100 at a certain time, ^ multiple points, and the website server 100 = received The update of the dot is configured to update the corresponding _takepoint of the regenerative device without delay and operate according to the charge point item of the writer at the updated feed point. The following describes the above method of buffering. A case where the regenerative shock 7 〇a has a buffering time length of leap seconds and the other regenerative device 7 〇 B has a buffer length of 3 〇 second will be described as an example of the trigger signal as in the above example: in ABCD000001 -S001 19 : 30 : 00 00 : 01 : 00 , 19 ·· 30 : 00 The trigger generation time is displayed.
另一方面，在網站伺服器100，係傳輸有延遲後之IP 324026 21 201242288 =該延遲之程度，係以利用解石馬器別從ιρ串流讀入 :時，之時間TRE與絕對時間Tab之時間差TD—亦即，同 V内谷之傳輸與該同步内容之顯示的時間差）來表示。 換言之，在網站伺服器1〇〇中，接收到的Ip串流之 時間碼’實質上僅以該時間差TD_之時間量’比該顯示值 還慢（滯後）。 &例如，當將時間差TD_設為5秒時，接收到的Ιρ串 L寺間碼的顯示值19 · 30 : 00(觸發產生時間τ)，就相 對於絕對時間滯後5秒(延遲)，且(相對於絕對時間”9 : 30. 05成為實際的觸·發產生時間τ，。 (1)在具有〇秒之緩衝時間長度的再絲置取 、、口 α* · 、^月 於絕對時間： 19 : 30 : 〇〇 中，實質上現在接收了在絕對時間 19 : 29 : 55 之時點應接收的信號（I ρ串流）。 在該時點，再生裝置7GA，係需要Q秒之緩衝時間 因此，要等待0秒後所接收之ip串流。 亦即，當在絕對時間未變成 19 : 30 : 〇〇 時，就不會產生觸發。亦即，可考慮觸發時間 30 ·· 05，而當在絕對時間未變成 19 : 30 : 05 324026 22 201242288 時在再生裝置70A中，實際上不產生觸發。 亦即，在絕對時間中，於 19 ： 30 ： 05 之時刻，繼續讀對應於有效缓衝時間長度（TDMIN(=5秒ΗΤ+0 秒）的複數個收取點，也按照被寫入於最上位之收取點（顯 不區域）的收取點項目而執行處理。在此，由於收取點項目 當作特定之URL來寫入，所以會對該被寫入之URL進行存 取並廣播1分鐘的樂園保險之CM。 00 : 01 : 00 上述之時間，係顯示廣播1分鐘的CM。 (2)在具有30秒之緩衝時間長度的再生裝置70B之情 況時， 於絕對時間： 19 : 30 : 00 中，實質上現在接收了在相對於絕對時間僅延遲了 5+30 秒=35秒的 19 : 29 : 25 之時點應接收的信號（IP串流）。 在該時點，再生裝置70B，係需要35秒之緩衝時間。 因此，要等待35秒後所接收之IP串流。 亦即，在絕對時間 等待35秒後所接收之IP串流。 亦即，當在絕對時間未變成 19 ： 30 ： 35 324026 23 201242288 時，就不會產生觸發。亦即，可考慮觸發時間TD»un+T=19 : 30 : 05與裝置70B之緩衝時間30秒，而當在絕對時間未 變成 19 : 30 : 35 時在再生裝置70B中，實際上不產生觸發。 亦即，在絕對時間中，於 19 : 30 : 35 之時刻，繼續讀對應於有效緩衝時間長度（（TDMIn=5秒）+ 19 : 30 : 00+30秒）的複數個收取點，也按照被寫入於最上 位之收取點（顯示區域）的收取點項目而執行處理。在此， 由於收取點項目當作特定之URL來寫入，所以會對該被寫 入之URL進行存取並廣播1分鐘的樂園保險之CM。 00 ： 01 ： 00 上述之時間，係顯示廣播1分鐘的CM。 藉由如此構成，在再生裝置70A、70B中，即使變成 分別不同之絕對時間，在往同步内容之存取、即同步内容 顯示於各自的再生裝置70A、70B之顯示軟體上時，在各自 的再生裝置70A、70B中，不會在主要情節之顯示與同步内 容的顯示之間產生「滯後」。 (C)清除對於同步顯示之限制的方法 (i)擴充（擴張） 第6圖係說明第1圖的同步内容廣播傳輸系統之擴充 功能用的圖。 通常，在再生裝置中，由於再生軟體的時間線（time 324026 24 201242288 1 i ne )之顯示區域較小’所以舍 與本文程度之内容顯示於顯將簡單的圖示(咖) 此，為了消除如此的同步顯示之限制=顯示之限制。因 由同步内容顯示之觸發，將使再 1本發明中’係藉On the other hand, in the web server 100, there is a delayed transmission of IP 324026 21 201242288 = the degree of the delay, in order to use the smashing horse to read from the ιρ stream: time, TRE and absolute time Tab The time difference TD - that is, the time difference between the transmission of the V valley and the display of the synchronization content is expressed. In other words, in the website server 1, the time code ' of the received Ip stream is substantially slower (lag) than the display value only by the time amount of the time difference TD_. & For example, when the time difference TD_ is set to 5 seconds, the received value of the Ιρ string L inter-temple code 19 · 30 : 00 (trigger generation time τ) is 5 seconds (delay) with respect to the absolute time lag. And (relative to the absolute time) 9 : 30. 05 becomes the actual touch generation time τ, (1) in the rewinding with the length of the buffer time of the leap second, the mouth α* · , ^ ^ Absolute time: 19 : 30 : In the middle, the signal (I ρ stream) that should be received at the absolute time of 19:29:55 is received. At this point, the regeneration device 7GA requires Q seconds. The buffer time therefore waits for the ip stream received after 0 seconds. That is, when the absolute time does not become 19:30: ,, no trigger is generated. That is, the trigger time 30·· 05 can be considered. In the regenerative device 70A when the absolute time does not become 19:30:05 324026 22 201242288, no trigger is actually generated. That is, in the absolute time, at the time of 19:30:05, the reading continues to correspond to Effective buffer length (TDMIN (= 5 seconds ΗΤ + 0 seconds) multiple points, also press The processing is executed by the charging point item written in the highest-level charging point (display area). Here, since the charging point item is written as a specific URL, the written URL is accessed. And broadcast the CM of the paradise insurance for 1 minute. 00 : 01 : 00 The above time is the CM which broadcasts for 1 minute. (2) In the case of the regenerative device 70B having a buffer time of 30 seconds, at absolute time: In 19:30: 00, the signal (IP stream) that should be received at 19:29:25, which is only delayed by 5+30 seconds=35 seconds relative to the absolute time, is now received. At this point, regeneration The device 70B requires a buffer time of 35 seconds. Therefore, it is necessary to wait for the IP stream received after 35 seconds, that is, the IP stream received after waiting 35 seconds in absolute time. That is, when the absolute time is not When it becomes 19 : 30 : 35 324026 23 201242288, no trigger will be generated. That is, the trigger time TD»un+T=19 : 30: 05 and the buffer time of the device 70B can be considered for 30 seconds, and when the absolute time is not When it becomes 19:30:35, it is not produced in the regeneration device 70B. Trigger. That is, in absolute time, at 19:30:35, continue to read the multiple points corresponding to the effective buffer time length ((TDMIn=5 seconds) + 19:30:00+30 seconds). The processing is also performed in accordance with the charged point item written in the topmost collection point (display area). Here, since the feed point item is written as a specific URL, the URL to be written is accessed and the CM of the park insurance for one minute is broadcast. 00 : 01 : 00 The above time shows the CM broadcasting for 1 minute. According to this configuration, in the playback devices 70A and 70B, even if the absolute time is different, when the access to the synchronized content, that is, the synchronized content is displayed on the display software of each of the playback devices 70A and 70B, In the playback devices 70A and 70B, "lag" does not occur between the display of the main story and the display of the synchronized content. (C) Method of clearing the restriction on the synchronous display (i) Expansion (expansion) Fig. 6 is a view for explaining the expanded function of the synchronous content broadcast transmission system of Fig. 1. Usually, in the reproduction device, since the display area of the timeline of the reproduction software (time 324026 24 201242288 1 i ne ) is small, the content of the degree of the text is displayed in the simple icon (coffee), in order to eliminate Such a synchronous display limit = display limit. Due to the triggering of the synchronous content display, it will be
之顯示區域（再生裝置70之顯示^置70之再生軟體RS 大的擴充(擴張)功能設置於再里，一部分或全部)擴 结果，再生|W7n 、 〇之再生軟體RS中。 、。果再生裂置70之再生軟體Rs 格外強化，且當擴充(擴張)該 ：力可 之網站UebSlte)大致同樣的表現。可實現與通常 在串流祠服器6G + ’鱗備有再生 再生軟體之XML等所記述的檔案。構成為二 目 最上位）寫人有她时心顯示用之 =:，且當在再生軟㈣側讀入對該收取點項目賦 旧茶日f冉生廣播杰奸就會擴充（擴張）。 如第6圖所示，通常，僅有顯示左側之再生廣播器， 而右，之軸充後的部分、即ad之部分，並未被顯示。在 此’措由使用上述之擴充功能’可顯示右侧之經擴充後的 部分、即ad之部分。 藉如此擴大顯示區域，則能夠進行本文、靜止書像、 動晝像、推特（twitter)等之連繫。亦即，利用在同步内容 區域上公開了社群雜（咖W media)之API(卿licati〇n programmng interfaee :應用程式設計介面）而混搭 (maShUP) ’藉此可編碼例如該節目之主題標籤（hashtag) 之推特的時間線。 324026 25 201242288 然後，根據同步内容顯示之觸發而設定固定之顯示時 間，且當所設定之顯示時間已滿或是經過時，構成為回到 原來的再生軟體（此在原理上與擴充内容僅於一定時間擴 充（擴張）的構成不同）。此係藉由在被寫入於收取點之收取 點項目，寫入於指定時間讀入通常的再生軟體之指令而實 現。 [表4] 一例：ABCD0000(H-S001 19 ： 30 ： 00 exOO ： 01 ： 00 上述符號之意思，係指使「樂園保險」之「同步内容」 從19時30分起顯示1分鐘之意。 (ii)接管 第7圖係說明第1圖的同步内容廣播傳輸系統之接管 功能用的圖，且主要可在智慧型手機等之可攜式再生裝置 中實施。 對於無法擴大再生軟體之顯示區域的智慧型手機等 之再生裝置，係將顯示在線（Now on air)等之節目關聯資 訊的部分僅於一定時間改變成同步内容的功能（接管功能） 設置於再生裝置70之再生軟體SR。該接管功能，係在上 述之擴充原理上以完全相同之方法來實現。當經過所指定 之一定時間時，就與擴充時同樣，會回到原來之再生軟體 SR。 (i i i)子序列 說明第1圖的同步内容廣播傳輸系統之子序列功能。 324026 26 201242288 關於上述擴充、或上述被接管之部分（顯示節目關聯 資訊之部分），在觸發以後子序列會開始，進而將與節目主 要情節之内容同步並使頁面以幻燈片顯示之方式改變的功 能（子序列功能）設置於再生裝置70之再生軟體SR。 對應於子序列之同步内容（子序列對應同步内容），係 以由複數頁所構成的書（Book)形式而構成，並於觸發時在 再生軟體SR侧緩衝。由於有關該缓衝已於上述，所以在此 省略其說明。 觸發以後的頁面之變更，係根據同步於影像商業廣告 之内容的時程表（schedule)而實施。 例如，在有對應於1分鐘的樂園保險之商業廣告之由 4頁所構成的同步内容時，最初之頁面係於19 : 30(再生軟 體之開始時間）開始，而在第2頁於15秒後、第3頁於40 秒後、最後之第4頁於50秒後至1分鐘連續顯示（屆滿時 間00 : 01 : 50)的情況下，將時程表設定成如下所示，藉 此可使同步内容顯示於再生裝置70之再生軟體SR之顯示 區域。 一例：ABCDOOOOm-S0(H-SQ001 19 : 30 : 00(觸發） 子序列開始： ABCD000001-S001-SQ001 00 : 00 : 00(顯示第 1 頁） ABCD000001-S0(H-SQ002 00 : 00 : 15(顯示第 2 頁） ABCD0000(n-S0(U-SQ003 00 : 00 ·· 40(顯示第 3 頁） ABCD000001-S001-SQ004 00 : 00 : 50(顯示第 4 頁） 在上述之實施例中，雖然係構成為根據嵌入於IP串 324026 27 201242288 流中的觸發產生時間之時間碼而執行觸發產生，但是本發 月之觸發羞生方法並非被限定於此。例如，亦可使用浮水 印（watermark)、指紋（finger print)、時間戳記（time stamp)等的方法。 本發明，係藉由如上述地構成，則即便在廣播中之商 業廣告或是節目主要情節與網頁、應用等之間產生延遲的 情況，亦可以既簡便又迅速之方法不產生「滯後」，而使同 步内容與廣射之節目主要情節及/或商#廣告同步以將 網頁、應用等顯示於再生裝置70之顯示器上，並且在再生 裝置70之顯示器上使鋼頁、應用等之顯示區域進行擴充、 接管、或是子序列而顯示。 [實施例2] 在上述之實施例1中，已就在傳輸來之内容顯示於再 生裝置70之顯示晝面上為止的處理步驟中，主要藉由再生 裝置70以外之構成要素來消除傳輸來的内容之「滯後」的 構成加以說明。 實施例2係就在第1圖所示之再生裝置7〇中消除傳 輸來的内容之「滯後」的另一處理方法加以說明。 在實施例2中，係就藉由其構成與第1圖所示之再生 裝置70多少不同的再生裝置17〇(參照第8圖）來消除傳輸 來的内容之「滯後」的處理方法加以說明。 本實施例之處理方法，係可適用於在觸發產生時於網 站伺服器100(伺服器側）之收取點内追加收取點項目（例 如，樂天保險之CM的同步内容）的情況。 324026 28 201242288 其次，以下顯示具體之處理内容。 在網站伺服器100(伺服器侧）’隨時在收取點追加、 變更或刪除收取點項目。 在再生裝置170(客戶端側）， (1) 從網站伺服器100定期地取得收取點。 (2) 取得收取點後，挑選出收取點項目之差分（新追加 之同步内容的部分）。 (3) 設置取得用收取點及顯示用收取點之二種收取點。 ⑷在經過使用雜意設定之聲音及/或影像緩 間+固定值（假想的聲音及/或影像之延遲時間）之後 區嶋示用儲存區域)17°A所準備的顯 ‘·‘ σ、變更或刪除收取點項目之差分。 *入170係定期地讀入顯示用收取點，且將 =::r於再生裝置170之顯示畫面上 置顯爾法係在再生裝請另外設 顯示顯示敎取^^^置170係僅執行定期地讀入或 序僅延遲_日_^1’錢寫人於顯示时取點之時 [實施例3] 里（聲曰及/或影像緩衝時間+固定值）。 在實施例3中你也, 圖所示之再生裝之實施例2同樣，針對第9 另一處理方法加以說明。 滞後」的 本實施例之處理方法 影像串流中的時間^ 、由參…、嵌入於聲音及/或 間戳§己，而實現精度高的同步。 224026 29 201242288 在網站伺服器10〇中， (1) 隨時在收取點追加、變更或刪除收取點項目。 (2) 當時，在網站伺服器1〇〇記錄應針對每一收取點 項目進行追加、變更或刪除的絕對時刻。例如，作為觸發 產生時，有樂天保險之CM的同步内容於19 : 30 : 〇〇產生 觸發的情況。In the display area (the expansion/expansion function of the reproduction software RS of the display device 70 of the reproduction device 70 is set to be repeated, some or all of them are expanded), and the reproduction software W of the W7n and the reproduction software is reproduced. ,. The regenerative soft body Rs of the regenerative splitting 70 is extraordinarily enhanced, and when expanded (expanded): the UebSlte website is roughly the same. It is possible to realize a file described in XML or the like which is usually reproduced in the 6G + ‘ scale of the streaming server. The composition is the second highest. The writer has her heart to use it =:, and when reading on the regenerative soft (four) side, the old-fashioned tea date will be expanded (expanded). As shown in Fig. 6, normally, only the reproduction broadcaster on the left side is displayed, and the portion of the right, which is the portion after the axis is filled, is not displayed. Here, the "expansion function using the above" can display the expanded portion of the right side, that is, the part of ad. By expanding the display area in this way, it is possible to connect the text, the still book image, the moving image, the twitter, and the like. That is, by using the API (public licati〇n programmng interfaee: application design interface) and mashup (maShUP) on the synchronized content area, it is possible to encode, for example, the theme tag of the program. (hashtag) The timeline of the tweet. 324026 25 201242288 Then, according to the trigger of the synchronous content display, the fixed display time is set, and when the set display time is full or passed, it is configured to return to the original reproduction software (this is in principle and the expanded content is only The composition of expansion (expansion) is different for a certain period of time). This is achieved by writing an instruction to read the normal regenerative software at a specified time in the item to be charged at the receiving point. [Table 4] Example: ABCD0000 (H-S001 19 : 30 : 00 exOO : 01 : 00 The meaning of the above symbols means that the "synchronized content" of "Paradise Insurance" is displayed for 1 minute from 19:30. Ii) Taking Picture No. 7 is a diagram for explaining the takeover function of the synchronous content broadcast transmission system of Fig. 1, and can be mainly implemented in a portable reproduction device such as a smart phone. For the display area where the reproduction software cannot be enlarged A playback device such as a smart phone or the like is a function of changing the portion of the program-related information such as Now on air to a synchronized content at a predetermined time (takeover function). The playback software SR is provided in the playback device 70. The function is implemented in exactly the same way as the above-mentioned expansion principle. When it is passed for a certain period of time, it will return to the original reproduction software SR as in the case of expansion. (iii) Subsequence description 1 The subsequence function of the synchronous content broadcast transmission system. 324026 26 201242288 The above extension, or the above-mentioned part of the receiver (displaying the part of the program association information), is triggered The post subsequence will start, and the function (subsequence function) that synchronizes with the content of the main episode of the program and changes the page in a slide show manner is set in the reproduction software SR of the reproduction device 70. The synchronization content corresponding to the subsequence ( The subsequence corresponding to the synchronization content is configured in the form of a book composed of a plurality of pages, and is buffered on the side of the reproduction software SR at the time of triggering. Since the buffer is already described above, the description thereof is omitted here. The change of the page after the trigger is performed based on a schedule that is synchronized with the content of the video commercial. For example, when there is a synchronized content composed of 4 pages of commercial advertisement corresponding to 1 minute of Paradise Insurance The first page starts at 19:30 (the start time of the regenerative software), and is displayed continuously on page 2 after 15 seconds, on page 3 after 40 seconds, and on the last page 4 after 50 seconds to 1 minute. In the case of (expiration time 00: 01: 50), the schedule is set as follows, whereby the synchronized content can be displayed on the display area of the reproduction software SR of the reproduction device 70. Example: ABCDOOOO m-S0(H-SQ001 19 : 30 : 00 (trigger) Subsequence start: ABCD000001-S001-SQ001 00 : 00 : 00 (display page 1) ABCD000001-S0 (H-SQ002 00 : 00 : 15 (display 2 pages) ABCD0000(n-S0(U-SQ003 00 : 00 ·· 40 (display page 3) ABCD000001-S001-SQ004 00 : 00 : 50 (display page 4) In the above embodiment, although the system is constructed Trigger generation is performed to generate a time code based on a trigger embedded in the IP string 324026 27 201242288 stream, but the triggering shy method of the present month is not limited thereto. For example, a method such as a watermark, a finger print, a time stamp, or the like can be used. According to the present invention, even if a commercial advertisement or a main episode of a program is delayed from a web page, an application, or the like in a broadcast, the method can be simplified in a simple and quick manner without causing "lag". The synchronized content is synchronized with the main program of the program and/or the advertisement of the advertisement to display the web page, the application, and the like on the display of the reproduction device 70, and the display area of the steel sheet, the application, and the like is displayed on the display of the reproduction device 70. Displayed by expansion, takeover, or subsequence. [Embodiment 2] In the first embodiment described above, in the processing procedure until the content being transmitted is displayed on the display surface of the reproducing apparatus 70, the transmission is mainly canceled by components other than the reproducing apparatus 70. The composition of the "lag" of the content is explained. In the second embodiment, another processing method for eliminating the "lag" of the transmitted content in the reproducing apparatus 7A shown in Fig. 1 will be described. In the second embodiment, a description will be given of a processing method for eliminating the "lag" of the content to be transmitted by the reproduction device 17 (see Fig. 8) which is different from the reproduction device 70 shown in Fig. 1 . The processing method of this embodiment can be applied to the case where a point item (e.g., the synchronization content of the CM of Lotte Insurance) is additionally added to the charging point of the website server 100 (server side) at the time of trigger generation. 324026 28 201242288 Secondly, the following shows the specific processing content. At the website server 100 (server side), a point item is added, changed, or deleted at any time. At the reproduction device 170 (client side), (1) the collection point is periodically obtained from the website server 100. (2) After obtaining the collection point, select the difference of the item to be charged (the part of the newly added synchronization content). (3) Set the two collection points for the collection point and the display point. (4) After the use of the noise and/or image buffer + fixed value (hypothetical sound and/or image delay time) after the use of the ambiguous setting, the storage area is displayed at 17 °A, and the display '·' σ, Change or delete the difference in the point items. *Into the 170 series, the display charging point is periodically read, and =::r is placed on the display screen of the playback device 170. The display system is installed in the playback device. Please display the display separately. Regularly read in or order only delay _day _^1' money writes when the point is taken in the display [Example 3] (sound and / or image buffer time + fixed value). In the third embodiment, the second processing method will be described in the same manner as in the second embodiment of the reconditioning apparatus shown in the drawing. The processing method of this embodiment is the time ^ in the video stream, is embedded in the sound and/or the stamp, and achieves high-precision synchronization. 224026 29 201242288 In the web server 10〇, (1) add, change or delete the item at any time. (2) At that time, the website server 1 recorded the absolute time at which each item should be added, changed, or deleted. For example, when a trigger is generated, there is a case where the synchronization content of the CM of Lotte Insurance generates a trigger at 19:30: 〇〇.
在再生裝置270中， (1)設置取得用收取點及顯示用 收取點之二種收取 (2)從網站伺服器1〇〇定期地取得收取點。 ⑶取得收取點後，挑選出收取_目之 之同步内容的部分）。 ⑷在收取點項目於網站伺服器刚上產生 的絕對時刻+聲音及/或影像緩衝時間增加固定值的^ 刻’對再生裝置27G之儲存區域隱所準備的顯示用J 點，追加、變更或刪除收取點項目之差分。 ▲⑸再生裝置27G係定期地讀人顯示用收取點，且 讀入之收取點即時顯示於再生裝置27〇之顯示晝面上。 亦即，實施例3之處理方法，係為了亦對^再生 置270從網站伺服器1〇〇接收收取點之延遲，而於每、 取點項目記錄絕對時刻，且加上緩衝時間而控制。、^ [實施例4 ] 一在上述之實施例2及實施例3中’係就藉由第 示之再生裝置70來消除傳輸來的内容之「滞後」的各另 324026 30 201242288 處理方法加以說明。 在實施例4中，係就藉由其構成與第丄圖、 Η 乐Ο圖及 第9圖所示之再生裝置70、lt〇、270不同的再生裝置 370(參照第10圖）來消除傳輸來的内容之「潘说 ’▼後」的處理 方法加以說明。亦即，實施例4係就消除因聲音及厂戈$像 之延遲而造成的滯後之處理方法加以說明。 另外，實施例4之構成，係除了再生裝置7〇變更 再生裝置370以外，其餘與第1圖之構成相同。i 又，關於同步内容係參照上述實施例3之處理方法。 在網站伺服器100中， / U)關於犖音及/或影像 啊阳词服器1〇〇 、一 定單位之大小（size)(例如，1秒鐘）予以檔案化， 頭Μ0等寫入絕對時間資訊(亦即，施行時 在再生裝置370中， 及/二it於收取點項目之觸發時間、與傳輪來的聲音 或衫像檔之時間戳記一致時 之儲存區域_，且予以顯示。寫人於供顯不用收取點用 用收取有供取得用收取點及顯示 檔案本所謂檔案化，係㈣隱通信方式傳送 如咖ng)、Afh之4 ’作為例子，則有Η_ΤΡ Uve 〇be 之 HDS(HTTP Dynamic Streaming)等。 324026 31 201242288 如上述之實施例2至實施例4所示，依據本發明之同 步内容廣播傳輸系統，則不必使用複雜的機制或程式亦可 將傳輸來的内容之「滯後」，在再生裝置中消除。 (產業上之可利用性） 由於本發明之同步内容廣播傳輸系統，係可在傳輸來 之内容顯示於再生裝置之顯示畫面上為止的處理步驟中， 輕易地消除傳輸來的内容之「滯後」，所以可利用於智慧型 手機或呼叫器（pager)等之可攜式終端裝置中的同步内容 廣播傳輸。 【圖式簡單說明】 第1圖係顯示本發明之同步内容廣播傳輸系統的實施 例1之概略構成的概略方塊圖。 第2圖係說明第i圖的同步内容廣播傳輸系統之動作 用的概略方塊圖。 第3圖係說明第}圖的同步内容廣播傳輸系統之傳輸 侧的延遲之調整方法用的圖。 第4圖係說明第1圖的同步内容廣播傳輸系統之再生 裝置（再生軟體）側的延遲之調整方法用的圖。 第5圖係說明使用第1圖的同步内容廣播傳輸系統之 收取點的緩衝功能用的圖。 第6圖係說明第1圖的同步内容廣播傳輸系統之擴充 功能用的圖。 第7圖係說明第1圖的同步内容廣播傳輸系統之接管 功能用的圖。 324026 32 201242288 第8圖係顯示本發明之同步内容廣播傳輸系統的實施 例2之概略構成的概略方塊圖。 第9圖係顯示本發明之同步内容廣播傳輸系統的實施 例3之概略構成的概略方塊圖。 第10圖係顯示本發明之同步内容廣播傳輸系統的實 施例4之概略構成的概略方塊圖。 【主要元件符號說明】 10 同步内容廣播傳輸系統 20 廣播站主站 30 基帶傳送裝置 40 時間碼產生器 50 編瑪 60 串流伺服器 70 、 70A 、 70B 、 170 、 270 、 370 再生裝置 80 解碼器 90 記憶裝置 100 網站伺服器 110 觸發時間演算裝置 170A、 270A儲存區域 370A 取得用儲存區域 370B 顯示用儲存區域 RS 再生軟體 T、T， 觸發產生時間 Tab 絕對時間 TDmin 時間差 Tre 時間 Ttc 時間碼 TDmin+T 觸發時間 324026 33In the reproduction device 270, (1) two kinds of collections for the collection point for collection and the point for display for display are set. (2) The collection point is periodically obtained from the website server 1. (3) After obtaining the collection point, select the part of the synchronization content of the collection. (4) Adding, changing, or adding the J point of the display to the storage area of the playback device 27G at the absolute time + the sound and/or the image buffer time added to the site server. Delete the difference in the item to be charged. ▲ (5) The reproducing device 27G periodically reads the person display charging point, and the read charging point is immediately displayed on the display surface of the reproducing device 27A. That is, the processing method of the third embodiment is controlled so that the delay of receiving the charging point from the website server 1 is also performed, and the absolute time is recorded for each point item, and the buffer time is added. [Embodiment 4] In the above-described Embodiment 2 and Embodiment 3, the processing method for eliminating the "lag" of the transmitted content by the reproducing device 70 shown in the above is added. Description. In the fourth embodiment, the transmission is eliminated by the reproduction device 370 (see Fig. 10) which is different from the reproduction device 70, lt〇, and 270 shown in the drawings, the music diagram, and the ninth diagram. The processing method of "Pan said '▼" after the content is explained. That is, the fourth embodiment is described as a processing method for eliminating the hysteresis caused by the delay of the sound and the image. Further, the configuration of the fourth embodiment is the same as the configuration of the first embodiment except that the reproducing device 7 is changed to the reproducing device 370. i Further, regarding the synchronization content, the processing method of the above-described Embodiment 3 is referred to. In the web server 100, / U) about the voice and/or image, the size of a certain unit (for example, 1 second) is filed, and the head Μ 0 is written absolutely. The time information (that is, the storage area _ when the triggering time of the charging point item, the sound of the passing wheel or the time stamp of the shirt image file is coincident with the reproduction device 370 at the time of execution, and is displayed. Written by the person for the display of the use of the charge for the use of the collection point and the display of the file, the so-called file, the system (four) implicit communication mode transfer such as ng), Afh 4 'as an example, there are Η _ ΤΡ ve ve ve 之HDS (HTTP Dynamic Streaming), etc. 324026 31 201242288 As shown in the above embodiments 2 to 4, according to the synchronous content broadcast transmission system of the present invention, the content of the transmitted content can be "lag" without using a complicated mechanism or program in the reproducing apparatus. eliminate. (Industrial Applicability) The synchronous content broadcast transmission system of the present invention can easily eliminate the "lag" of the transmitted content in the processing procedure until the transmitted content is displayed on the display screen of the playback device. Therefore, it can be utilized for synchronous content broadcast transmission in a portable terminal device such as a smart phone or a pager. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic block diagram showing a schematic configuration of a first embodiment of a synchronous content broadcast transmission system according to the present invention. Fig. 2 is a schematic block diagram showing the operation of the synchronous content broadcast transmission system of Fig. i. Fig. 3 is a view for explaining a method of adjusting the delay on the transmission side of the synchronous content broadcast transmission system of the first diagram. Fig. 4 is a view for explaining a method of adjusting the delay of the reproducing device (reproduction software) side of the synchronous content broadcast transmission system of Fig. 1. Fig. 5 is a view for explaining the buffering function of the charged point using the synchronous content broadcast transmission system of Fig. 1. Fig. 6 is a view for explaining the expanded function of the synchronous content broadcast transmission system of Fig. 1. Fig. 7 is a view for explaining the takeover function of the synchronous content broadcast transmission system of Fig. 1. 324026 32 201242288 Fig. 8 is a schematic block diagram showing a schematic configuration of a second embodiment of the synchronous content broadcast transmission system of the present invention. Fig. 9 is a schematic block diagram showing a schematic configuration of a third embodiment of the synchronous content broadcast transmission system of the present invention. Fig. 10 is a schematic block diagram showing a schematic configuration of a fourth embodiment of the synchronous content broadcast transmission system of the present invention. [Main component symbol description] 10 Synchronized content broadcast transmission system 20 Broadcast station master station 30 Baseband transmission device 40 Time code generator 50 Mamma 60 Streaming server 70, 70A, 70B, 170, 270, 370 Regeneration device 80 Decoder 90 Memory device 100 Web server 110 Trigger time calculation device 170A, 270A Storage area 370A Acquisition storage area 370B Display storage area RS Regeneration software T, T, Trigger generation time Tab Absolute time TDmin Time difference Tre Time Ttc Time code TDmin+T Trigger time 324026 33